Asentria Teleboss 850, Руководство пользователя

Страница: 139 / 223

TeleBoss 850 2.06.280_STD User Manual
Page 133
Different configuration arrays Event Sensors are fully described with graphics in the EventSensor User Manual which
is available from either Asentria Sales (
sales@asentria.com ) or Tech Support. ( support@asentria.com ).
DIP Switch Settings
Defines up to 16 address locations. Note that the DIP switch is numbered from left to right, 1 through 4. The Most
Significant Bit (MSB) is switch location 1.
1 = DIP Switch up 0 = DIP Switch down
DIP SW Slot DIP SW Slot DIP SW Slot DIP SW Slot
0000 = 1 0100 = 5 1000 = 9 1100 = 13
0001 = 2 0101 = 6 1001 = 10 1101 = 14
0010 = 3 0110 = 7 1010 = 11 1110 = 15
0011 = 4 0111 = 8 1011 = 12 1111 = 16
Configuration
Refer to the
EventSensor Configuration section for configuration instructions.
Calibration of Temperature and Humidity Sensors
Temperature and humidity settings can be calibrated in ES-T and ES-TH EventSensors via Setting Keys (no menu
options available to do this). This gives a user the ability to make calibration adjustments to fine-tune the accuracy of
the reported reading, if desired. This process is transparent and provides temperature and humidity readings that are
consistent with other devices that measure temperature and relative humidity in the same environment. This
mechanism uses two calibration points to set up a slope and offset that is used to adjust the measured reading.
This feature is enabled by changing Setting Key values only; the text menu and web interface do not provide access
to these keys. The default Setting Keys are:
event.sensor[x].humid[y].callowin =0
event.sensor[x].humid[y].callowout =0
event.sensor[x].humid[y].calhighin =100
event.sensor[x].humid[y].calhighout =100
event.sensor[x].temp[y].callowin =0
event.sensor[x].temp[y].callowout =0
event.sensor[x].temp[y].calhighin =100
event.sensor[x].temp[y].calhighout =100
Example calibration procedure for humidity sensor:
1) Place the ES-TH in a controlled-humidity environment along with an accurate humidity reference.
2) Set the humidity to some level toward the low end of the range, like 10-20%, and wait for it to stabilize.
3) Write down the humidity as indicated by the reference, and the humidity as indicated by the ES-TH.
4) Repeat the previous two steps, except set the range toward the high end, like 70-90%.
5) Enter the values that were written down in the appropriate settings:
event.sensor[x].humid[y].callowin = <low indicated value>
event.sensor[x].humid[y].callowout = <low reference value>
event.sensor[x].humid[y].calhighin = <high indicated value>
event.sensor[x].humid[y].calhighout = <high reference value>
For example, if the eventsensor 1 indicated 23% RH when the reference indicated 30% R, and the eventsensor
indicated 84% RH when the reference indicated 90% RH, then the following values should be entered:
event.sensor[1].humid[1].callowin = 23
event.sensor[1].humid[1].callowout = 30
event.sensor[1].humid[1].calhighin = 84
event.sensor[1].humid[1].calhighout = 90